www.pudn.com > j2me_Mario.rar > MarioMainSprite.java
/** *Title: Mario
*Description: * You cannot remove this copyright and notice. * You cannot use this file any part without the express permission of the author. * All Rights Reserved
*Copyright: lizhenpeng (c) 2004
*Company: LP&P
* @author lizhenpeng * @version 1.0.0 */ package mario; import javax.microedition.lcdui.*; import lipeng.*; import java.io.*; public class MarioMainSprite extends LPSprite { public MarioMainSprite(MarioGameManage gm, LPMaps map) { this.gm = gm; this.judgeMap = map; mainSpriteState = SMALL_SPRITE; this.gm = gm; } //method public void action() { bgdx=0; bgdy=0; switch(mainSpriteState) { case GROW_SPRITE: if(++growCnt==10) { mainSpriteState=NORMAL_SPRITE; growCnt=0; } else { if(growCnt%2==0) { y+=16; } else { y-=16; } } break; case BECOME_FIRE: if(++becomeCnt==10) { mainSpriteState=FIRE_SPRITE; becomeCnt=0; } break; case DEAD_SPRITE: if(deadCnt==0) { dy=-10; frameCnt=10; } frameCnt=10; ++dy; y+=dy; if(++deadCnt>=20) { deadCnt=0; mainSpriteState=SMALL_SPRITE; gm.gameState=MarioGameManage.GAMESTATE_REINIT; } break; case BECOME_SMALL: if(++becomeCnt==10) { mainSpriteState=SMALL_SPRITE; becomeCnt=0; } break; default: { dy+=2; checkSpriteCollisionVertical(); checkTileCollisionVertical(); mainSpriteDamage(); y+=dy; if(y+this.judgeMap.y<0) { y=0; dy=0; } if(y<=MarioMIDlet.gameCanvas.height/4 || ((this.judgeMap.y!= this.judgeMap.tileSize*this.judgeMap.h- MarioMIDlet.gameCanvas.height) &&y>=MarioMIDlet.gameCanvas.height/4) ) { this.bgdy=(MarioMIDlet.gameCanvas.height/4-y)>>2; if(bgdy-this.judgeMap.y< MarioMIDlet.gameCanvas.height- this.judgeMap.tileSize*this.judgeMap.h) { bgdy=MarioMIDlet.gameCanvas.height- this.judgeMap.tileSize*this.judgeMap.h+this.judgeMap.y; } if((this.judgeMap.y<=0)&&yMOVE_SPEED) { dx=MOVE_SPEED; } if(checkTileCollisionHorizon()) { dx=0; } } else { if(dx>0) { if(checkTileCollisionHorizon()) { dx=0; } else { --dx; } } else if(dx<0) { if(checkTileCollisionHorizon()) { dx=0; } else { ++dx; } } } if(!checkSpriteCollisionHorizon()) { x+=dx; if(dx<0) { if(distance>=-gm.canvas.width) { distance+=dx; } } if(distance<0) { if(dx>0) { distance+=dx; } } } else { dx=0; } if(this.x!=MarioMIDlet.gameCanvas.width/4) { this.bgdx=MarioMIDlet.gameCanvas.width/4-x; if(distance<-(gm.canvas.width-MarioMIDlet.gameCanvas.width/4)) { bgdx=0; } } else { bgdx=0; } if(judgeMap.x-bgdx<0 || judgeMap.x-bgdx> judgeMap.tileSize*judgeMap.w-MarioMIDlet.gameCanvas.width ) { bgdx=0; } if(mainSpriteState==FIRE_SPRITE) { if((allAction&LPKeyMask.MASK_KEY_OK_FLAG)!=0) { fire(); } checkBulletDamage(); } x+=this.bgdx; judgeMap.x-=this.bgdx; y+=this.bgdy; judgeMap.y-=this.bgdy; int tmpDy=this.bgdy; if(judgeMap.y<0) { tmpDy=bgdy+judgeMap.y; this.bgdy=-judgeMap.y; judgeMap.y=0; y+=this.bgdy; } bgdy=tmpDy; if(x<0) { x=0; } if(this.x>=MarioMIDlet.gameCanvas.width-32) { this.x=MarioMIDlet.gameCanvas.width-32; } if(isLeft) { offset=5; } else { offset=0; } if(dy!=0) { frameCnt=offset+3; } else if(((allAction&LPKeyMask.MASK_KEY_LEFT)!=0) ||((allAction&LPKeyMask.MASK_KEY_RIGHT)!=0)) { walk(); } else if(dy==0&&(allAction&LPKeyMask.MASK_KEY_UP_FLAG)==0) { frameCnt=offset; } if(isProtected) { isHidden=!isHidden; if(protectCnt++==protectInterval) { protectCnt=0; isProtected=false; isHidden=false; } } else { checkEnemyCollision(); } if((allAction&LPKeyMask.MASK_KEY_OK_FLAG)!=0) { if(mainSpriteState==FIRE_SPRITE) { frameCnt=offset+1; } allAction&=~LPKeyMask.MASK_KEY_OK_FLAG; } checkStaticSpriteCollision(); if(y>this.judgeMap.tileSize*this.judgeMap.h) { if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } gm.gameState=MarioGameManage.GAMESTATE_REINIT; } } break; } } private void spriteDeadAction() { if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } if(mainSpriteState==SMALL_SPRITE) { mainSpriteState=DEAD_SPRITE; return; } else { mainSpriteState=BECOME_SMALL; isProtected=true; this.protectCnt=0; this.protectInterval=20; return; } } private void checkEnemyCollision() { int i; switch(mainSpriteState) { case SMALL_SPRITE: rect1.x = x+2; rect1.y = y; rect1.dx = 12; rect1.dy = 16; break; case NORMAL_SPRITE: case FIRE_SPRITE: rect1.x = x+6; rect1.y = y+2; rect1.dx = 20; rect1.dy = 30; break; } rect2.dx = 14; rect2.dy = 14; for(i=gm.enemy.length-1;i>=0;--i) { if(!gm.enemy[i].isHidden) { if(gm.enemy[i].isCheck) { rect2.x = gm.enemy[i].x; rect2.y = gm.enemy[i].y; if(LPRect.IntersectRect(rect1,rect2)) { spriteDeadAction(); return; } } } } for(i=gm.tortoise.length-1;i>=0;--i) { if(!gm.tortoise[i].isHidden) { if(gm.tortoise[i].isCheck) { rect2.x=gm.tortoise[i].x; rect2.y=gm.tortoise[i].y+8; if(LPRect.IntersectRect(rect1,rect2)) { if(Math.abs(rect1.y+rect1.dy-(rect2.y))>6) { spriteDeadAction(); return; } } } } } } private void mainSpriteDamage() { if(dy>=0) { int i; rect1.y=y; rect2.dx=16; rect2.dy=16; if(mainSpriteState==SMALL_SPRITE) { rect1.x=x; rect1.dx=16; rect1.dy=16; } else { rect1.x=8; rect1.dx=20; rect1.dy=32; } for(i=gm.enemy.length-1;i>=0;--i) { if(!gm.enemy[i].isHidden) { if(gm.enemy[i].isCheck) { if((gm.enemy[i].y>=y+rect1.dy) &&(gm.enemy[i].y<=y+dy+rect1.dy) &&(x>gm.enemy[i].x-13)&&(x<=gm.enemy[i].x+10)) { gm.enemy[i].changeState(); if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } } } } } for(i=gm.tortoise.length-1;i>=0;--i) { if(!gm.tortoise[i].isHidden) { if((gm.tortoise[i].y+8>=y+rect1.dy) &&(gm.tortoise[i].y+8<=y+dy+rect1.dy) &&(x>gm.tortoise[i].x-13)&&(x<=gm.tortoise[i].x+10)) { dy=-8; gm.tortoise[i].changeState(); if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } } } } } } private boolean checkStaticSpriteCollision() { int i; rect2.dx = 16; rect2.dy = 16; switch(mainSpriteState) { case SMALL_SPRITE: rect1.x=x+2; rect1.y=y; rect1.dx=14; rect1.dy=16; break; default: rect1.x=x+8; rect1.y=y+1; rect1.dx=16; rect1.dy=31; break; } rect2.dx = 14; rect2.dy = 16; for(i=gm.mashRooms.length-1;i>=0;--i) { if(!gm.mashRooms[i].isHidden) { switch(mainSpriteState) { case SMALL_SPRITE: rect2.x = gm.mashRooms[i].x; rect2.y = gm.mashRooms[i].y; if(LPRect.IntersectRect(rect1,rect2)) { if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } if(gm.mashRooms[i].frameCnt==6) { gm.mashRooms[i].isHidden=true; mainSpriteState=GROW_SPRITE; growCnt=0; return true; } else if(gm.mashRooms[i].frameCnt==8) { // add a person gm.mashRooms[i].isHidden=true; return true; } } break; case NORMAL_SPRITE: case FIRE_SPRITE: rect2.x=gm.mashRooms[i].x; rect2.y=gm.mashRooms[i].y; if(LPRect.IntersectRect(rect1,rect2)) { if(gm.mashRooms[i].frameCnt==8) { if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } // add a person gm.mashRooms[i].isHidden=true; return true; } } break; } } } rect2.dy = 10; rect2.dx = 10; for(i=gm.flowers.length-1;i>=0;--i) { if(!gm.flowers[i].isHidden) { rect2.x=gm.flowers[i].x+3; rect2.y=gm.flowers[i].y+2; switch(mainSpriteState) { case SMALL_SPRITE: if (LPRect.IntersectRect(rect1, rect2)) { if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } gm.flowers[i].isHidden = true; mainSpriteState = GROW_SPRITE; return true; } break; case NORMAL_SPRITE: if(LPRect.IntersectRect(rect1,rect2)) { if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } gm.flowers[i].isHidden=true; mainSpriteState=BECOME_FIRE; return true; } break; case FIRE_SPRITE: if (LPRect.IntersectRect(rect1, rect2)) { if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } gm.flowers[i].isHidden = true; mainSpriteState = FIRE_SPRITE; return true; } break; } } } rect2.dx = 14; rect2.dy = 14; switch(gm.gameState) { case MarioGameManage.GAMESTATE_GAMELOOP: for(i=gm.staticGold.length-1;i>=0;--i) { if(!gm.staticGold[i].isHidden) { rect2.x = gm.staticGold[i].x; rect2.y = gm.staticGold[i].y; if(LPRect.IntersectRect(rect1,rect2)) { gm.staticGold[i].isHidden = true; if(++gm.goldNum==100) { gm.goldNum = 0; } if(gm.menu.isVolOn) { gm.beatPlayer.replay(); } } } } break; } return false; } public void judgeKeyCode(int keyCode, int gameKeyCode) { switch (gameKeyCode) { case Canvas.UP: if (dy == 0) { if ( ( ( (allAction & LPKeyMask.MASK_KEY_UP) == 0) && ( (allAction & LPKeyMask.MASK_KEY_UP_FLAG) == 0))) { allAction |= LPKeyMask.MASK_KEY_UP_FLAG | LPKeyMask.MASK_KEY_UP; dy -= 18; } } break; case Canvas.FIRE: if((((allAction&LPKeyMask.MASK_KEY_OK)==0) &&((allAction&LPKeyMask.MASK_KEY_OK_FLAG)==0))) { allAction|=LPKeyMask.MASK_KEY_OK|LPKeyMask.MASK_KEY_OK_FLAG; } break; case Canvas.LEFT: allAction |= LPKeyMask.MASK_KEY_LEFT; break; case Canvas.RIGHT: allAction |= LPKeyMask.MASK_KEY_RIGHT; break; default: switch (keyCode) { case Canvas.KEY_NUM2: if(dy==0) { if((((allAction&LPKeyMask.MASK_KEY_UP)==0) &&((allAction&LPKeyMask.MASK_KEY_UP_FLAG)==0))) { allAction|=LPKeyMask.MASK_KEY_UP_FLAG|LPKeyMask.MASK_KEY_UP; dy-=18; } } break; case Canvas.KEY_NUM4: //left allAction |= LPKeyMask.MASK_KEY_LEFT; break; case Canvas.KEY_NUM6: //right allAction |= LPKeyMask.MASK_KEY_RIGHT; break; case Canvas.KEY_NUM5: if((((allAction&LPKeyMask.MASK_KEY_OK)==0) &&((allAction&LPKeyMask.MASK_KEY_OK_FLAG)==0))) { allAction|=LPKeyMask.MASK_KEY_OK|LPKeyMask.MASK_KEY_OK_FLAG; } break; } break; } } public void freeKey(int keyCode, int gameKeyCode) { switch (gameKeyCode) { case Canvas.FIRE: allAction &= ~LPKeyMask.MASK_KEY_OK; break; case Canvas.UP: allAction &= ~LPKeyMask.MASK_KEY_UP; break; case Canvas.DOWN: allAction &= ~LPKeyMask.MASK_KEY_DOWN; break; case Canvas.LEFT: allAction &= ~LPKeyMask.MASK_KEY_LEFT; break; case Canvas.RIGHT: allAction &= ~LPKeyMask.MASK_KEY_RIGHT; break; default: switch (keyCode) { case Canvas.KEY_NUM4: //left allAction &= ~LPKeyMask.MASK_KEY_LEFT; break; case Canvas.KEY_NUM6: allAction &= ~LPKeyMask.MASK_KEY_RIGHT; //right break; case Canvas.KEY_NUM2: allAction &= ~LPKeyMask.MASK_KEY_UP; //jump break; case Canvas.KEY_NUM8: allAction &= ~LPKeyMask.MASK_KEY_DOWN; break; case Canvas.KEY_NUM5: allAction &= ~LPKeyMask.MASK_KEY_OK; break; } break; } } private void walk() { frameCnt++; if (this.frameCnt > 3 + offset || this.frameCnt < 1 + offset) { this.frameCnt = 1 + offset; } } private boolean checkTileCollisionVertical() { if (mainSpriteState == SMALL_SPRITE) { // 16X16 if (this.dy > 0) { isJumpOver = true; for (int i = (y + this.judgeMap.y+15) / this.judgeMap.tileSize+1; i <= (y + this.judgeMap.y + dy) / this.judgeMap.tileSize+1; i++) { if (i < 0 || i > judgeMap.h - 1) { continue; } int xTile1 = (x + this.judgeMap.x + 2) / this.judgeMap.tileSize; int xTile2 = (x + this.judgeMap.x + 14) / this.judgeMap.tileSize; if (xTile2 > this.judgeMap.w - 1 || xTile1 < 0) { return false; } if ( ( (this.judgeMap.mapArray[i][xTile1] >> 8) & 0x02) == 0x02) { dy = (i - 1) * this.judgeMap.tileSize - (y + this.judgeMap.y); allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } if ( ( (this.judgeMap.mapArray[i][xTile2] >> 8) & 0x02) == 0x02) { dy = (i - 1) * this.judgeMap.tileSize - (y + this.judgeMap.y); allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } else if (dy < 0) { for (int i = (y + this.judgeMap.y + dy) / this.judgeMap.tileSize; i <= (y + this.judgeMap.y) / this.judgeMap.tileSize; i++) { if (i < 0 || i > judgeMap.h - 1) { continue; } int xTile1 = (x + this.judgeMap.x + 2) / this.judgeMap.tileSize; int xTile2 = (x + this.judgeMap.x + 14) / this.judgeMap.tileSize; if (xTile2 > this.judgeMap.w - 1 || xTile1 < 0) { return false; } if ( ( (this.judgeMap.mapArray[i][xTile1] >> 8) & 0x08) == 0x08) { dy = 0; allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; if(isJumpOver) { changeUpSpriteState(); isJumpOver =false; } return true; } if ( ( (this.judgeMap.mapArray[i][xTile2] >> 8) & 0x08) == 0x08) { dy = 0; if(isJumpOver) { changeUpSpriteState(); isJumpOver =false; } allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } if ( ( (this.judgeMap.mapArray[i][xTile1] >> 8) & 0x01) == 0x01) { dy = 0; allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } if ( ( (this.judgeMap.mapArray[i][xTile2] >> 8) & 0x01) == 0x01) { dy = 0; allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } else { isJumpOver = true; } } else { //32 X 32 if (this.dy > 0) { isJumpOver = true; for (int i = (y + this.judgeMap.y+15) / this.judgeMap.tileSize + 2; i <= (y + this.judgeMap.y + dy) / this.judgeMap.tileSize + 2; i++) { if (i < 0 || i > judgeMap.h - 1) { continue; } int xTile1 = (x + this.judgeMap.x + 12) / this.judgeMap.tileSize; int xTile2 = (x + this.judgeMap.x + 20) / this.judgeMap.tileSize; if (xTile2 > this.judgeMap.w - 1 || xTile1 < 0) { return false; } if ( ( (this.judgeMap.mapArray[i][xTile1] >> 8) & 0x02) == 0x02) { dy = (i - 2) * this.judgeMap.tileSize - (y + this.judgeMap.y); allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } if ( ( (this.judgeMap.mapArray[i][xTile2] >> 8) & 0x02) == 0x02) { dy = (i - 2) * this.judgeMap.tileSize - (y + this.judgeMap.y); allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } else if (dy < 0) { for (int i = (y + this.judgeMap.y + dy) / this.judgeMap.tileSize; i <= (y + this.judgeMap.y ) / this.judgeMap.tileSize; i++) { if (i < 0 || i > judgeMap.h - 1) { continue; } int xTile1 = (x + this.judgeMap.x + 12) / this.judgeMap.tileSize; int xTile2 = (x + this.judgeMap.x + 20) / this.judgeMap.tileSize; if (xTile2 > this.judgeMap.w - 1 || xTile1 < 0) { return false; } if ( ( (this.judgeMap.mapArray[i][xTile1] >> 8) & 0x08) == 0x08) { dy = 0; allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; if (isJumpOver) { judgeMap.mapArray[i][xTile1] = judgeMap.mapArray[0][0]; gm.createBrokenBrick(x + 10, y - 5, -5, -12); gm.createBrokenBrick(x + 10, y - 5, 5, -12); gm.createBrokenBrick(x + 10, y - 5, -5, -6); gm.createBrokenBrick(x + 10, y - 5, 5, -6); isJumpOver = false; } return true; } if ( ( (this.judgeMap.mapArray[i][xTile2] >> 8) & 0x08) == 0x08) { dy = 0; allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; if (isJumpOver) { judgeMap.mapArray[i][xTile2] = judgeMap.mapArray[0][0]; gm.createBrokenBrick(x + 10, y - 5, -5, -12); gm.createBrokenBrick(x + 10, y - 5, 5, -12); gm.createBrokenBrick(x + 10, y - 5, -5, -6); gm.createBrokenBrick(x + 10, y - 5, 5, -6); isJumpOver = false; } return true; } if ( ( (this.judgeMap.mapArray[i][xTile1] >> 8) & 0x01) == 0x01) { dy = 0; allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } if ( ( (this.judgeMap.mapArray[i][xTile2] >> 8) & 0x01) == 0x01) { dy = 0; allAction &= ~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } else { isJumpOver = true; } } return false; } private boolean checkTileCollisionHorizon() { int i; if (mainSpriteState == SMALL_SPRITE) { rect1.y = this.y + this.judgeMap.y; rect1.dx = 16; rect1.dy = 16; rect2.dx = 16; rect2.dy = 16; rect1.x = x + judgeMap.x + dx; if (dx<0) { i = (x + judgeMap.x + dx) / judgeMap.tileSize; } else { i = (x + judgeMap.x + dx) / judgeMap.tileSize + 1; } if (i < 0 || i > this.judgeMap.w - 1) return false; int yTile1 = (y + judgeMap.y) / judgeMap.tileSize; int yTile2 = (y + judgeMap.y) / judgeMap.tileSize+1; if (yTile1 < 0 || yTile2 > judgeMap.h - 1) return false; if(dx>0) { if(((this.judgeMap.mapArray[yTile1][i]>>8)&0x10)==0x10) { rect2.x=i*16; rect2.y=yTile1*16; if(LPRect.IntersectRect(rect1,rect2)) { return true; } } } if(((this.judgeMap.mapArray[yTile1][i]>>8)&0x04)==0x04) { rect2.x = i * 16; rect2.y = yTile1 * 16; if (LPRect.IntersectRect(rect1, rect2)) { return true; } } if ( ( (this.judgeMap.mapArray[yTile2][i] >> 8) & 0x04) == 0x04) { rect2.x = i * 16; rect2.y = yTile2 * 16; if (LPRect.IntersectRect(rect1, rect2)) { return true; } } } else { rect1.y = this.y + this.judgeMap.y+1; rect1.dx = 16; rect1.dy = 31; rect2.dx = 16; rect2.dy = 16; if (dx<0) { rect1.x = x + judgeMap.x +6+dx; i = (x + judgeMap.x +6+dx) / judgeMap.tileSize; } else { rect1.x = x + judgeMap.x +20+dx; i = (x + judgeMap.x +20+dx) / judgeMap.tileSize ; } if (i < 0 || i > this.judgeMap.w - 1) return false; int yTile1 = (y + judgeMap.y) / judgeMap.tileSize; int yTile2 = (y + judgeMap.y) / judgeMap.tileSize + 1; int yTile3 = (y + judgeMap.y) / judgeMap.tileSize + 2; if (yTile1 < 0 || yTile3 > judgeMap.h - 1) return false; if(dx>0) { boolean isCheck = false;; if(((this.judgeMap.mapArray[yTile1][i]>>8)&0x10)==0x10) { rect2.x=i*16; rect2.y=yTile1*16; if(LPRect.IntersectRect(rect1,rect2)) { isCheck = true; } } if(isCheck) { if(((this.judgeMap.mapArray[yTile2][i]>>8)&0x10)==0x10) { rect2.x=i*16; rect2.y=yTile2*16; if(LPRect.IntersectRect(rect1,rect2)) { return true; } } } } if(((this.judgeMap.mapArray[yTile1][i]>>8)&0x04)==0x04) { rect2.x = i * 16; rect2.y = yTile1 * 16; if (LPRect.IntersectRect(rect1, rect2)) { return true; } } if ( ( (this.judgeMap.mapArray[yTile2][i] >> 8) & 0x04) == 0x04) { rect2.x = i * 16; rect2.y = yTile2 * 16; if (LPRect.IntersectRect(rect1, rect2)) { return true; } } if ( ( (this.judgeMap.mapArray[yTile3][i] >> 8) & 0x04) == 0x04) { rect2.x = i * 16; rect2.y = yTile3 * 16; if (LPRect.IntersectRect(rect1, rect2)) { return true; } } } return false; } private void fire() { if(isLeft) { gm.createBullet(x+16,y+16,-(MOVE_SPEED+4),0); } else { gm.createBullet(x+16,y+16,(MOVE_SPEED+4),0); } } private boolean checkSpriteCollisionVertical() { int i; if (mainSpriteState == SMALL_SPRITE) { if (dy > 0) { isJumpOver = true; switch(gm.gameState) { case MarioGameManage.GAMESTATE_GAMELOOP: for(i=gm.brick.length-1;i>=0;--i) { if(!gm.brick[i].isHidden) { if(((y+16)<=gm.brick[i].y)&& ((y+dy+16)>=gm.brick[i].y) &&(x>=gm.brick[i].x-13)&&(x<=gm.brick[i].x+10)) { dy=gm.brick[i].y-(y+16); allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } for(i=gm.stick.length-1;i>=0;--i) { if(!gm.stick[i].isHidden) { if(((y+16)<=gm.stick[i].y)&& ((y+dy+16)>=gm.stick[i].y) &&(x>=gm.stick[i].x-13)&&(x<=gm.stick[i].x+42)) { gm.stick[i].isMainSpriteMove=true; gm.stick[i].isDown = true; dy=gm.stick[i].y-(y+16); this.allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } else { gm.stick[i].isMainSpriteMove=false; gm.stick[i].isDown = false; } } } for(i=gm.bridge.length-1;i>=0;--i) { if(!gm.bridge[i].isHidden) { if(((y+16)<=gm.bridge[i].y)&& ((y+dy+16)>=gm.bridge[i].y) &&(x>=gm.bridge[i].x-13)&&(x<=gm.bridge[i].x+10)) { gm.bridge[i].isDown=true; dy=gm.bridge[i].y-(y+16); allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } break; } } else if(dy<0) { switch(gm.gameState) { case MarioGameManage.GAMESTATE_GAMELOOP: for(i=gm.brick.length-1;i>=0;--i) { if(((y)>=gm.brick[i].y+16)&& ((y+dy)<=gm.brick[i].y+16) &&(x>=gm.brick[i].x-13)&&(x<=gm.brick[i].x+10)) { dy=gm.brick[i].y+16-y; if(isJumpOver) { if(gm.brick[i].frameCnt!=0) { changeUpSpriteState(); } gm.brick[i].createGem(gm); isJumpOver=false; } allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } break; } } else { isJumpOver = true; } } else { if (dy > 0) { isJumpOver = true; switch(gm.gameState) { case MarioGameManage.GAMESTATE_GAMELOOP: for(i=gm.brick.length-1;i>=0;--i) { if(!gm.brick[i].isHidden) { if(((y+32)<=gm.brick[i].y)&& ((y+dy+32)>=gm.brick[i].y) &&(x>=gm.brick[i].x-20)&&(x<=gm.brick[i].x+6)) { dy=gm.brick[i].y-(y+32); allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } for(i=gm.stick.length-1;i>=0;--i) { if(!gm.stick[i].isHidden) { if(((y+32)<=gm.stick[i].y)&& ((y+dy+32)>=gm.stick[i].y) &&(x>=gm.stick[i].x-20)&&(x<=gm.stick[i].x+38)) { gm.stick[i].isMainSpriteMove=true; dy=gm.stick[i].y-(y+32); this.allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } else { gm.stick[i].isMainSpriteMove=false; } } } for(i=gm.bridge.length-1;i>=0;--i) { if(!gm.bridge[i].isHidden) { if(((y+32)<=gm.bridge[i].y)&& ((y+dy+32)>=gm.bridge[i].y) &&(x>=gm.bridge[i].x-20)&&(x<=gm.bridge[i].x+6)) { gm.bridge[i].isDown = true; dy=gm.bridge[i].y-(y+32); allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } } break; } } else if(dy<0) { switch(gm.gameState) { case MarioGameManage.GAMESTATE_GAMELOOP: for(i=gm.brick.length-1;i>=0;--i) { if(((y)>=gm.brick[i].y+16)&& ((y+dy)<=gm.brick[i].y+16) &&(x>=gm.brick[i].x-20)&&(x<=gm.brick[i].x+6)) { dy=gm.brick[i].y+16-y; if(isJumpOver) { gm.brick[i].createGem(gm); isJumpOver=false; } allAction&=~LPKeyMask.MASK_KEY_UP_FLAG; return true; } } break; } } else { isJumpOver = true; } } return false; } private boolean checkSpriteCollisionHorizon() { if(gm.gameState==MarioGameManage.GAMESTATE_GAMELOOP) { int i; if(mainSpriteState==SMALL_SPRITE) { rect1.x=x; rect1.y=y; rect1.dx=16; rect1.dy=16; } else { rect1.x=x+6; rect1.y=y; rect1.dx=16; rect1.dy=32; } for(i=gm.tortoise.length-1;i>=0;--i) { if(!gm.tortoise[i].isHidden) { if(gm.tortoise[i].isPushable) { rect2.x=gm.tortoise[i].x; rect2.y=gm.tortoise[i].y+8; rect2.dx=16; rect2.dy=16; if(LPRect.IntersectRect(rect1,rect2)) { gm.tortoise[i].changeState(); } } } } rect1.x+=dx; for(i=gm.brick.length-1;i>=0;--i) { if(!gm.brick[i].isHidden) { rect2.x=gm.brick[i].x; rect2.y=gm.brick[i].y; rect2.dx=16; rect2.dy=16; if(LPRect.IntersectRect(rect1,rect2)) { return true; } } } } return false; } private void checkBulletDamage() { int i,j; rect1.dx = 8; rect1.dy = 8; rect2.dx = 16; rect2.dy = 16; for(i=gm.bullet.length-1;i>=0;--i) { label_1: if(!gm.bullet[i].isHidden) { rect1.x = gm.bullet[i].x; rect1.y = gm.bullet[i].y; for(j=gm.enemy.length-1;j>=0;--j) { if(!gm.enemy[j].isHidden) { if(gm.enemy[j].isCheck) { rect2.x=gm.enemy[j].x; rect2.y=gm.enemy[j].y; if(LPRect.IntersectRect(rect1,rect2)) { gm.enemy[j].changeDirection(); gm.bullet[i].isHidden = true; break label_1; } } } } for(j=gm.tortoise.length-1;j>=0;--j) { if(!gm.tortoise[j].isHidden) { if(gm.tortoise[j].isCheck) { rect2.x = gm.tortoise[j].x; rect2.y = gm.tortoise[j].y+8; if(LPRect.IntersectRect(rect1,rect2)) { gm.tortoise[j].changeDirection(); gm.bullet[i].isHidden = true; break label_1; } } } } } } } public void init() { x = 0; y = 0; dy = 0; dx = 0; bgdx = 0; bgdy = 0; isLeft = false; allAction = 0; mainSpriteState = SMALL_SPRITE; distance = 0; isJumpOver = true; isProtected = false; isHidden = false; } private void changeUpSpriteState() { int i; rect1.x = x; rect1.y = y-20; rect1.dx = 16; rect1.dy = 16; rect2.dx = 16; rect2.dy = 16; for(i=gm.mashRooms.length-1;i>=0;--i) { if(!gm.mashRooms[i].isHidden) { rect2.x = gm.mashRooms[i].x; rect2.y = gm.mashRooms[i].y; if(LPRect.IntersectRect(rect1,rect2)) { gm.mashRooms[i].changeDirection(); } } } for(i=gm.enemy.length-1;i>=0;--i) { if(!gm.enemy[i].isHidden) { if(gm.enemy[i].isCheck) { rect2.x=gm.enemy[i].x; rect2.y=gm.enemy[i].y; if(LPRect.IntersectRect(rect1,rect2)) { gm.enemy[i].changeDirection(); } } } } for(i=gm.tortoise.length-1;i>=0;--i) { if(!gm.tortoise[i].isHidden) { if(gm.tortoise[i].isCheck) { rect2.x=gm.tortoise[i].x; rect2.y=gm.tortoise[i].y; if(LPRect.IntersectRect(rect1,rect2)) { gm.tortoise[i].changeDirection(); } } } } } public void readData(DataInputStream dis) throws java.io.IOException { super.readData(dis); dx = dis.readInt(); dy = dis.readInt(); bgdx = dis.readInt(); bgdy = dis.readInt(); growCnt = dis.readInt(); //allAction = dis.readInt(); mainSpriteState = dis.readInt(); becomeCnt = dis.readInt(); protectInterval = dis.readInt(); protectCnt = dis.readInt(); isLeft = dis.readBoolean(); isProtected = dis.readBoolean(); deadCnt = dis.readInt(); distance = dis.readInt(); } public void writeData(DataOutputStream dos) throws java.io.IOException { super.writeData(dos); dos.writeInt(dx); dos.writeInt(dy); dos.writeInt(bgdx); dos.writeInt(bgdy); dos.writeInt(growCnt); dos.writeInt(mainSpriteState); dos.writeInt(becomeCnt); dos.writeInt(protectInterval); dos.writeInt(protectCnt); dos.writeBoolean(isLeft); dos.writeBoolean(isProtected); dos.writeInt(deadCnt); dos.writeInt(distance); } // property //pubilc public int dx; public int dy; public int bgdx; public int bgdy; public LPMaps judgeMap; public int growCnt; public int allAction; public int mainSpriteState; public int becomeCnt; //private private LPRect rect1 = new LPRect(); private LPRect rect2 = new LPRect(); private boolean isJumpOver; private int protectInterval; private int protectCnt; private MarioGameManage gm; private boolean isLeft; private boolean isProtected; private int deadCnt; private int distance; //final private static final int MOVE_SPEED = 6; // main sprite's state public static final int SMALL_SPRITE = 0x01; public static final int NORMAL_SPRITE = 0x02; public static final int FIRE_SPRITE = 0x04; public static final int GROW_SPRITE = 0x08; public static final int BECOME_FIRE = 0x10; public static final int DEAD_SPRITE = 0x20; public static final int BECOME_SMALL = 0x40; }